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CNC MILLING PARTS (EMAT)

Ultrasonic EMAT thickness measurement of metallic components using a sensor and instrumentation fully integrated into a CNC milling machine.

PRIMO TG-MILL is designed to provide non-contact, couplant-free thickness measurements on metallic components from one side using ultrasonic EMAT (Electro-Magnetic Acoustic Transducer).

The instrument and sensor in PRIMO TG-MILL have been customized to be fully integrated in a CNC machine using a standard spindle attachment. The system features accurate and real-time thickness readout, and saves a complete and traceable record for later post-analysis, tracking and process monitoring.

特点

  • Non-contact, couplant-free ultrasonic Electro-Magnetic Acoustic Transducer (EMAT).
  • Pulse-echo sensor configuration generates and measures the time-of-flight (TOF) arrivals of ultrasound reflections between the ID/OD surfaces.
  • Time-Of-Flight measurement accuracy equal or better than +/-0.0002” (5µm) on parts with a thickness ranging from 0.020” to 4” (0.5mm to 100mm).
  • Readings unaffected by liquids, debris, or metallic dust on the part.
  • Integrates instrumentation, sensor, and cabling with the toolholder. Instrumentation is custom-designed for the application. Sensor compatible with HSK-100 and HSK-125A. Other tools available upon request.

PRIMO TG-MILL is designed to provide non-contact, couplant-free thickness measurements on metallic components from one side using ultrasonic EMAT (Electro-Magnetic Acoustic Transducer).

The instrument and sensor in PRIMO TG-MILL have been customized to be fully integrated in a CNC machine using a standard spindle attachment. The system features accurate and real-time thickness readout, and saves a complete and traceable record for later post-analysis, tracking and process monitoring.

特点

  • Non-contact, couplant-free ultrasonic Electro-Magnetic Acoustic Transducer (EMAT).
  • Pulse-echo sensor configuration generates and measures the time-of-flight (TOF) arrivals of ultrasound reflections between the ID/OD surfaces.
  • Time-Of-Flight measurement accuracy equal or better than +/-0.0002” (5µm) on parts with a thickness ranging from 0.020” to 4” (0.5mm to 100mm).
  • Readings unaffected by liquids, debris, or metallic dust on the part.
  • Integrates instrumentation, sensor, and cabling with the toolholder. Instrumentation is custom-designed for the application. Sensor compatible with HSK-100 and HSK-125A. Other tools available upon request.

什么是富文本元素?

富文本元素允许你在一个地方创建和格式化标题、段落、分块引语、图像和视频,而不是单独添加和格式化它们。只需双击就能轻松地创建内容。

静态和动态内容编辑

富文本元素可以与静态或动态内容一起使用。对于静态内容,只需将其放入任何页面并开始编辑。对于动态内容,在任何集合中添加一个富文本字段,然后在设置面板中把一个富文本元素连接到该字段。Voila!

如何为每个富文本自定义格式

在使用 "When inside of "嵌套选择器系统将一个类添加到富文本元素后,标题、段落、区块引号、数字、图像和数字标题都可以进行样式设计。

什么是富文本元素?

富文本元素允许你在一个地方创建和格式化标题、段落、分块引语、图像和视频,而不是单独添加和格式化它们。只需双击就能轻松地创建内容。

静态和动态内容编辑

富文本元素可以与静态或动态内容一起使用。对于静态内容,只需将其放入任何页面并开始编辑。对于动态内容,在任何集合中添加一个富文本字段,然后在设置面板中把一个富文本元素连接到该字段。Voila!

如何为每个富文本自定义格式

在使用 "When inside of "嵌套选择器系统将一个类添加到富文本元素后,标题、段落、区块引号、数字、图像和数字标题都可以进行样式设计。

If you would like any more information on this system, please contact us, and one of our experts will be in touch.
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